Category: Triconex

Enhanced Main Processor (UMP) module plays an important role in industrial automation control system,

and its functions mainly include the following aspects:

Real-time data processing: UMP module can receive and process data from various sensors and actuators in real time,

and perform data calibration, filtering, calculation and other processing to ensure the accuracy and real-time performance of the control system.

Control algorithm implementation: UMP module supports a variety of control algorithms,

including PID control, fuzzy control, neural network control, etc.,

you can choose the appropriate algorithm according to different control requirements to achieve accurate control output.

Logic control: UMP module can realize a variety of complex logic control, including conditional judgment,

counting control, timing control, etc., in order to meet the required editing of different production processes.

Communication Interface: UMP module provides various communication interfaces, including serial communication,

Ethernet communication and fieldbus communication, to realize data transmission and information exchange with other devices.

HMI: The UMP module connects to various types of HMI devices, including touchscreens, monitors and keyboards,

for easy parameterization, monitoring and commissioning.

Troubleshooting and Diagnostics: The UMP module provides comprehensive troubleshooting and

diagnostic functions to help users quickly locate and solve problems, and improve the reliability and stability of the production process.

Expansion and upgrading: UMP module adopts modular design, which can be expanded and

upgraded according to users’ needs, facilitating system integration and customization.

In short, the Enhanced Master Processor (UMP) modules are powerful enough to meet a

wide variety of industrial automation control needs, improving productivity and product quality.

UMP module has the following features:

High performance: UMP module adopts advanced processors and algorithms with

high-speed data processing and calculation capabilities, which can meet the needs of various complex control systems.

Reliability: UMP module adopts highly reliable design and materials, which can operate stably in harsh

industrial environments and ensure the continuity and stability of the production process.

Flexibility: UMP modules have a variety of input and output interfaces and expansion interfaces,

which can be connected to various types of sensors and actuators to meet different control requirements.

Maintainability: The modular design of UMP module is easy to maintain and replace,

and provides comprehensive fault diagnosis and troubleshooting functions to help users quickly locate and solve problems.

Security: UMP module has a perfect security protection mechanism to prevent unauthorized access and malicious attacks,

ensuring the security and stability of the control system.

In short, UMP module is an indispensable part of industrial automation control system,

which is characterized by high performance, reliability, flexibility, maintainability and security,

and can meet various different control needs and improve production efficiency and product quality.

Applications

Safety and critical control applications

Emergency Shutdown (ESD)

Fire and Gas (F&G)

Burner Management Systems (BMS)

High Integrity Pressure Protection Systems (HIPPS)

Turbomachinery Control and Protection (TMC)

Industries

Refining & Petrochemicals

Upstream and Midstream Oil & Gas

Chemicals and specialty chemicals

Power Generation

TriStation Simulator for faster application testing using offline simulation without the need for a physical controller

Troubleshoot maintenance issues faster with enhanced diagnostic monitors for status and operational condition information

Troubleshoot process issues with TriStation SOE retrieval displays and analysis

Faster verification/re-verification of application logic with Safety Validator for automated testing and documentation of application logic

Report Generator for customized reports across multiple controllers or projects

Manage system changes faster with EcoStruxure System Advisor – Process Safety

Faster restart of operations with SIF Manager – Trip advisor software application

Manage prioritized alarms and bypasses with Safety View ABM software application

Maintenance

Processor, communications, and I/O modules can be replaced online without shutting down operations

Hot spare slots for continuous operation

Easy diagnostics for fast status and fault analysis

In-line modifications and changes, in-line module changes, and hot spare slots

– allow for continuous production without shutting down operations

Increased productivity and performance

Software tools for every step of the safety lifecycle (TriStation Software Suite)

Design systems faster with the TriStation TS1131 System Configuration, Programming and Documentation

TriStation Simulator for faster application testing using offline simulation without the need for a physical controller

Troubleshoot maintenance issues faster with enhanced diagnostic monitors for status and operational condition information

Troubleshoot process issues with TriStation SOE retrieval displays and analysis

Faster verification/re-verification of application logic with Safety Validator for automated testing and documentation of application logic

Report Generator for customized reports across multiple controllers or projects

Manage system changes faster with EcoStruxure System Advisor – Process Safety

Faster restart of operations with SIF Manager – Trip advisor software application

Manage prioritized alarms and bypasses with Safety View ABM software application

Features

Flexibility

I/O deployment supports centralized and distributed applications

Modifications can be made without shutting down operations

Performance

Built-in high integrity and fault tolerance

Built-in diagnostics and redundancy management – transparent to users

SIL3 even under fault conditions

High-capacity processing – more than 750.000 TMR I/O channels

Fast scan time (from 20 ms)

Up to 60.000 SOEs per controller

Advanced input/output monitoring and control

1 ms SOE timestamps marked on I/O modules

Direct HART integration and transfer to asset management systems

Universal I/O modules with per-point configuration

Communication and Integration

Peer-to-peer communication with up to 254 nodes

Universal connectivity to all major distributed control systems (DCS), process automation systems, SCADA and HMIs

Direct integration with EcoStruxure Foxboro DCS

Product Description

The Triconex CM3201S2 Communication Module is a highly reliable and efficient

component of the Triconex safety and control systems, specifically designed 

for industrial automation and critical processes.

It ensures seamless communication between the Triconex controllers and various field devices,

enabling high-speed data transfer and improved system integration.

This module adheres to rigorous safety and performance standards,

making it an ideal choice for industries requiring maximum uptime and precise control.

The Triconex CM3201S2 communication module is a workhorse for exchanging critical data within safety instrumented systems (SIS).

Function: Enables seamless communication between SIS components and external devices.

Applications: Ideal for process industries demanding high reliability and performance.

Key Features:

High-Density Digital I/O: Handles 32 digital channels for efficient data exchange.

Supports Industry Standards: Communicates via protocols like Ethernet, ControlNet, and DeviceNet.

Robust Design: Built for harsh industrial environments, operating from -40°C to 70°C.

Technical Specifications:

Form Factor: Compact design for easy integration into existing systems.

Power Supply: 24 VDC for compatibility with typical industrial control systems.

Networking Speeds: Supports Ethernet (100 Mbps), ControlNet (10 Mbps), and DeviceNet (5 Mbps).

Tricon Communication Module

The Tricon Communication Module (TCM) is compatible with Tricon v10.0 and later systems only.

Allows Tricon to communicate via Ethernet with TriStation, other Tricon or Trident controllers, Modbus master and slave devices, and external hosts.

Each TCM contains 4 serial ports, 2 network ports, and 1 debug port (for Triconex).

Each serial port is uniquely addressed and can be configured as a Modbus master or slave.

Serial port #1 supports Modbus or Trimble GPS interface. Serial port #4 supports Modbus or TriStation interface.

Each TCM supports an aggregated data rate of 460.8 Kb/s for all four serial ports.

Tricon programs use variable names as identifiers, while Modbus devices use numeric addresses called aliases.

Therefore, each Tricon variable name must be assigned an alias that will be read by or written to the Modbus device.

An alias is a five-digit number that represents the Modbus message type and the address of the variable in the Ticon. An alias number is assigned in the TriStation.

Any standard Modbus device can communicate with Tricon via TCM, provided an alias is assigned to the Tricon variable.

The alias number must also be used when the host accesses the Tricon through other communication modules.

Each TCM contains two network ports – NET 1 and NET 2. Models 4351A and 4353 have two copper Ethernet (802.3) ports and Models 4352A and 4354 have two fiber optic Ethernet ports.

NET 1 and NET 2 support TCP/IP, Modbus TCP/IP Slave/Master, TSAA, TriStation,

The NET 1 also supports the Peer-to-Peer and Peer-to-Peer Time Synchronization protocols.

A single Tricon system supports up to four TCMs, which must reside in two logical slots.

Different TCM models cannot be mixed in a logical slot.

Each Tricon system supports a total of 32 Modbus masters or slaves, including network and serial ports.

The hot standby feature does not apply to TCMs, but you can replace a defective TCM while the controller is online.

Tricon Communication Module

The Tricon Communication Module (TCM) is compatible with Tricon v10.0 and later systems only.

Allows Tricon to communicate via Ethernet with TriStation, other Tricon or Trident controllers, Modbus master and slave devices, and external hosts.

Each TCM contains 4 serial ports, 2 network ports, and 1 debug port (for Triconex).

Each serial port is uniquely addressed and can be configured as a Modbus master or slave.

Serial port #1 supports Modbus or Trimble GPS www.cniacs.com interface. Serial port #4 supports Modbus or TriStation interface.

Each TCM supports an aggregated data rate of 460.8 Kb/s for all four serial ports.

Tricon programs use variable names as identifiers, while Modbus devices use numeric addresses called aliases.

Therefore, each Tricon variable name must be assigned an alias that will be read by or written to the Modbus device.

An alias is a five-digit number that represents the Modbus message type and the address of the variable in the Ticon. An alias number is assigned in the TriStation.

Any standard Modbus device can communicate with Tricon via TCM, provided an alias is assigned to the Tricon variable.

The alias number must also be used when the host accesses the Tricon through other communication modules.

Each TCM contains two network ports – NET 1 and NET 2. Models 4351A and 4353 have two copper Ethernet (802.3) ports and Models 4352A and 4354 have two fiber optic Ethernet ports.

NET 1 and NET 2 support TCP/IP, Modbus TCP/IP Slave/Master, TSAA, TriStation,

The NET 1 also supports the Peer-to-Peer and Peer-to-Peer Time Synchronization protocols.

A single Tricon system supports up to four TCMs, which must reside in two logical slots.

Different TCM models cannot be mixed in a logical slot.

Each Tricon system supports a total of 32 Modbus masters or slaves, including network and serial ports.

The hot standby feature does not apply to TCMs, but you can replace a defective TCM while the controller is online.

Tricon Syste

The Tricon system is a powerful, scalable design that ensures continuous operation, complies with international safety standards such as IEC61508. and meets the requirements for emergency shutdown (ESD), fire and gas protection (F&G), burner protection (F&G) and fire safety.

It also meets the requirements of applications such as Emergency Shutdown (ESD), Fire and Gas Protection (F&G), Burner Management System (BMS), High Integrity Pressure Protection (HIPPS) and Turbomachinery Control (TMC).

The redundant high availability architecture provides a flexible, robust, reliable and powerful solution that is ideally suited for customers looking to achieve environmental and safety excellence.

Tricon systems are a must for customers who www.cniacs.com need to maximize the safety and performance of their assets.

If you are challenged to reduce investment and lifecycle costs, meet new security standards,

tough competitive pressures in the marketplace, and the well-being of your employees and the environment, then a Tricon system is designed for you.

The Triconex family allows customers to optimize their choice of security system for their specific requirements.

Our strengths are the Tricon Racks, Tricon Power Modules, Main Processor Modules, Input Modules, Output Modules, and the Tricon Communication Module TCM.

A Triconex system typically consists of the following typical modules:

Main Processor Module (Triple)

Communication Module

Input and output modules: can be analog and/or digital, and can operate independently or in hot standby (standby)

Power supply module (redundant)

Backplane (chassis) that can accommodate previous modules

System cabinets: one or more chassis can be compressed into a single cabinet

Grouping cabinets to accommodate and standardize interface connections between field instruments and Triconex system cabinets

Human Machine Interface (HMI) for monitoring events

Engineering Workstation (EWS) for programming monitoring, troubleshooting and updating

TMR Digital Input Modules

Each TMR Digital Input (DI) Module has three independent input channels that independently process all data entered into the module.

A microprocessor on each channel scans each input point, compiles the data, and transmits it to the main processor as required.

The input data is then voted on the main processor before being processed to ensure the highest integrity.

All critical signal paths are 100% triple processed to ensure safety and maximum availability.

Guaranteed safety and maximum availability. Each channel regulates signals independently and provides optical isolation between the field and the Tricon.

All TMR digital input modules provide complete and continuous diagnostics for each channel.

Any diagnostic failure on any channel activates the Module Failure Indicator, which in turn activates the chassis alarm signal.

The Module Failure Indicator points to a channel failure, not a module failure. Modules are guaranteed to operate normally in the event of a single failure and to continue to operate normally in the event of multiple failures of certain types.

Models 3502E, 3503E, and 3505E can perform a self-test to detect a “stuck-open” condition in which the circuitry is unable to determine whether a point has entered a shutdown state.

The ability to detect the point of shutdown is an important feature since most security systems have a power failure trip feature.

In order to detect the presence of a “stuck-open” input, the switch within the input circuit needs to be turned off in order for the opto-isolated circuit to read a zero input (“off”).

The I/O communications processor will freeze the last reading while the test is running.

All TMR digital input modules support the hot standby feature and require a separate external termination panel (ETP) with cable connections to the Tricon backplane.

Each module is mechanically keyed to prevent improper installation in the configured chassis.